295-11-30111-1

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Circuit breakers are electrical devices which protect electrical systems from the damage caused by too much current flowing through the wires. The type known as 295-11-30111-1 is a particular model of circuit breaker used in industrial applications. This article will explain the uses and principles of operation of this model of circuit breaker.

What is a Circuit Breaker?

A circuit breaker is an electrical device which protects electrical systems from the damage caused by too much current flowing through the wires. The current is detected by a sensing device within the circuit breaker and the breaker is tripped when the current exceeds a certain level. When this occurs, the circuit breaker interrupts the power supply, preventing any further current from flowing.

295-11-30111-1 Application Field

The 295-11-30111-1 is a type of circuit breaker commonly used in industrial applications where high levels of current are present. This type of circuit breaker has been designed to protect equipment and personnel from the risk of electric shock or other unpleasant or hazardous events from excessive electrical current. It is commonly used in electrical installations in industrial premises, buildings, power plants, mines, offshore oil platforms and so on.

295-11-30111-1 Working Principle

The working principle of the 295-11-30111-1 circuit breaker is relatively simple. When a potential difference is detected between two points along the circuit, the breaker trips automatically thus disconnecting the power supply. The breaker is pre-set to trip at a particular current level, and this level can be adjusted depending on the requirements of any given situation. It is also possible to manually reset and operate the circuit breaker, allowing the device to be used in a variety of different applications.

Conclusion

The 295-11-30111-1 type of circuit breaker is an important device for protecting industrial electrical equipment from the damaging effects of over-currents. It is designed to trip when a predetermined current level is reached, thus preventing any damage from occurring. It is a relatively simple device, and the principles of operation are relatively straightforward, but the device is extremely important for protecting people and equipment from harm or destruction.

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